F. Hupfeld. Design and performance of a user-level network driver in a multi-server operating system. Master's thesis, System Architecture Group, University of Karlsruhe, Germany, 2002.

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Identifying and Modeling Components in the SawMill Operating System - Wagner   (Correct)

....topics and operating system topics. Compliers and their base techniques are described in [GW84] and [ASU86] Operating systems in general are described by [Tan92] and [Sta00] This work uses code of the SawMill multiserver operating system framework. describes SawMill s multiserver approach, Hup02] its IP network subsystem. JHA01] de nes problems that must be automated to use reusable components in operating system development. Extracting reusable components from an existing code base, like provided by this diploma thesis, is such a problem. The authors suggest to use the tool COMPOST, ....

....acts as pager for this region. Accessing this region needs synchronization between the involved processes. Synchronization and the information messages are managed by IPC. Address spaces, processes, and IPC are provided by the L4 kernel. SawMill s network system is explained in [HGJ ] and [Hup02] Section 5.4 evaluates the results of the implemented clustering heuristics. The lename heuristic describes the current state of SawMill s componentization. 45 The component model is suitable for the most part to represent the structure of the tulip device driver. Problematic are enumerations ....

F. Hupfeld. Design and performance of a user-level network driver in a multi-server operating system. Master's thesis, System Architecture Group, University of Karlsruhe, Germany, 2002.

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